HALF-CHROMATID ABERRATIONS AND CHROMOSOME STRANDEDNESS
- 1 December 1970
- journal article
- Published by Canadian Science Publishing in Canadian Journal of Genetics and Cytology
- Vol. 12 (4) , 960-964
- https://doi.org/10.1139/g70-121
Abstract
If cells are irradiated during prophase, at anaphase they may show a side-arm bridge type of configuration. These have usually been interpreted as half-chromatid aberrations and they have been used as evidence that chromosomes are multistranded. It is the purpose of this paper to emphasize that such a configuration may just as easily arise on the basis of a single-stranded chromosome, and that the data on the type of aberrations found at the next mitosis (M2) suggest that chromosomes are single-stranded.Keywords
This publication has 15 references indexed in Scilit:
- THE STRANDEDNESS OF CHROMOSOMES: EVIDENCE FROM CHROMOSOMAL ABERRATIONSCanadian Journal of Genetics and Cytology, 1969
- EVIDENCE FOR SUBCHROMATID ORGANIZATION IN MARSUPIAL CHROMOSOMESThe Journal of cell biology, 1969
- Spatial Distribution of Old and New Chromatid Sub-units and Frequency of Chromatid Exchanges in Induced Human Lymphocyte EndoreduplicationsNature, 1967
- Macromolecular Organization of Nuclei and Chromosomes: A Folded Fibre Model Based on Whole-Mount Electron MicroscopyNature, 1965
- Sub-Chromatid Structure and Chromosome Duplication in Vicia fabaNature, 1961
- Irradiation of condensed meiotic chromosomes in lilium longiflorumChromosoma, 1961
- The irradiation of dividing cellsChromosoma, 1957
- Chromosome balance and endosperm failure in hyacinthsHeredity, 1955
- X-Ray Breakage of Lily Chromosomes at First Meiotic MetaphaseScience, 1954
- X-ray breakage experiments with endosperm I. Sub-chromatid breakageChromosoma, 1953